PulseCore Validation Requirements

PulseCore Validation Requirements are the performance standards a quantum system must meet to count as an authentic quantum computer for recursive operations: sustained coherence and the ability to stay phase-aligned with the substrate pulse. The book places them among the constraints that converge at the Zinf-Limit: Planck-Scale Constraints set the absolute temporal resolution, PulseCore Validation Requirements demand sustained coherence, and Substrate Complexity Requirements quantify the minimal computational capacity. The Zinf-Limit Universe, the smallest closed torus able to support recursive intelligence, is where all three are satisfied at once. In practice the requirements are tested through the PulseCore Validation Framework and its Overall Validation Score. They connect to the PulseCore Validation Framework, Overall Validation Score, Persistence Fidelity Condition, Quantum Alignment Condition, Planck-Scale Constraints, Substrate Complexity Requirements and the Zinf-Limit Universe.